sirt3

3D-rendered illustration of a human cell with a detailed cutaway view showing the nucleus, endoplasmic reticulum, and multiple mitochondria. One mitochondrion is magnified in an inset, glowing with bright particle effects to depict active energy production and signaling. The image represents mitochondrial function, cellular energy metabolism, and the role of mitochondria in aging and mitophagy, aligning with themes from the article on mitochondrial health and complex I modulation.

Mitophagy vs. Complex I Inhibitors: Which is Better?

Discover how mitophagy and Complex I inhibitors impact aging, inflammation, and tissue repair—and which path may best support healthy mitochondrial function.

July 21, 2025

Biotechnology·Health·Products & Supplements·Science

3D rendering of NMN-loaded extracellular vesicles (sEVs) interacting with a cell surface, representing the advanced anti-aging therapy discussed in the article.

NAD+ & SIRT3 Power: New NMN-EVs Reverse Skin Aging in Mice

Revolutionary NMN-packed stem cell vesicles (NMN-sEVs) show stunning results in reversing skin aging in mice by boosting NAD+ and cellular repair.

July 18, 2025

Biotechnology·Science·Technology

Two female scientists in lab coats analyze data on a computer in a modern laboratory, with a microscope and test tubes in the foreground. A male scientist works in the background.

SIRT3 Clinical Trial, Sirtuins, and Longevity: Are We on the Verge of a Breakthrough?

SIRT3, the mitochondrial regulator, holds promise for longevity. Discover how clinical trials aim to harness its power for healthspan extension.

February 25, 2025

Biotechnology·Health·Science·Technology

Mitophagy vs. Complex I Inhibitors: Which is Better?

July 21, 2025

Discover how mitophagy and Complex I inhibitors impact aging, inflammation,

NAD+ & SIRT3 Power: New NMN-EVs Reverse Skin Aging in Mice

July 18, 2025

Revolutionary NMN-packed stem cell vesicles (NMN-sEVs) show stunning results in

A digital illustration of an x-shaped chromosome in the foreground with a nucleus in the background containing additional chromosomes. Chromosomes are in blue, with a visible telomere on each end-cap in gold, and centromeres glowing in pink.

The Countdown Inside Our Cells: Telomere Attrition Reviewed!

July 9, 2025

Telomere attrition—gradual loss of chromosome caps—links to heart disease, immune

An Ancient Gene Switch Could Unlock Unlimited Regeneration

July 3, 2025

Scientists restored tissue regeneration in mice by flipping an ancient

Mitophagy vs. Complex I Inhibitors: Which is Better?

NAD+ & SIRT3 Power: New NMN-EVs Reverse Skin Aging in Mice

SIRT3 Clinical Trial, Sirtuins, and Longevity: Are We on the Verge of a Breakthrough?

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Emily Wilson

Christopher Martinez

Brandon Rodriguez

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Mitophagy vs. Complex I Inhibitors: Which is Better?

NAD+ & SIRT3 Power: New NMN-EVs Reverse Skin Aging in Mice

The Countdown Inside Our Cells: Telomere Attrition Reviewed!

An Ancient Gene Switch Could Unlock Unlimited Regeneration

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